Neutrino flux in the rotating reference frame

It is considered neutrino flux in the rotating reference frame. Due to the rotation of the frame, neutrino is observed as a superposition of two states P-transformed one from another. Since P-transformation is forbidden for neutrino, in the rotating reference frame one can detect a half of neutrino flux. Due to the rotation of the earth, the detector of neutrinos can measure a half of the solar neutrino flux predicted by the SSM that may provide a solution for the solar neutrino puzzle. Weak interactions violate P-invariance and C-invariance but conserve CP-invariance [1]. The operations of C-transformation and of P-transformation are forbidden for neutrinos, but the operation of CP-transformation is allowed for neutrinos. Take the rotating reference frame. Turnover of the frame at the angle π corresponds to P-transformation of the frame. Under rotation, the positions of the frame in the range from π to 2π are P-transformed from the positions of the frame in the range from 0 to π. Neutrino in the rotating frame is observed in the superpositional state |ψ >= 1 √ 2 (|ν > +P|ν >). (1) However P-transformation is forbidden for neutrino thereforer it is forbidden to detect neutrino in the state P|ν >. Hence when measuring neutrino flux in the rotating frame it is forbidden to detect a half of neutrino flux. As known [2], [3] experiments measured solar neutrino fluxes significantly smaller than those predicted by the standard solar model (SSM), e.g. [4], [5]. Discrepancy between the theoretical and experimental neutrino flux from the sun presents the solar neutrino puzzle. The Homestake experiment measured [6] an average Ar production rate by solar neutrinos in Cl of Rate (Chlorine) = 2.55± 0.17(stat)± 0.18(syst) SNU (2) which is 32± 5% of the 8.1 −1.2 SNU predicted by the SSM [5]. The Kamiokande II and III experiment reported [7] the data consistent with B solar neutrino flux of φ ν⊙ = [2.9± 0.2(stat)± 0.3(syst)]× 10cms (3) which is 51%± 9% of that predicted by the SSM [5]. The GALLEX experiment measured [8] a Ge production rate by solar neutrinos in Ga of Rate (Gallium) = 79± 10(stat)± 6(syst) SNU (4)